Cisco Nexus 7000 Series NX-OS Interfaces Configuration Guide, Release 4.1 - Index [Cisco Nexus 7000 Series Switches]

Table Of Contents

A - B - C - D - E - F - G - H - I - J - L - M - P - R - S - T - U - V -

Index

A

access ports

access VLANs 3-4

configuration example 3-18

configuring 3-8

default setting 3-19

host ports 3-3, 3-10

VLANs 3-2, 3-4

administrative status

configuring 2-33

defined 2-6

allowed VLANs

trunk ports 3-5

B

bandwidth

configuring 2-30, 4-9

dedicated 2-15

defined 2-6

rate mode

configuring 2-15

defined 2-3

shared 2-15, 2-17

beacon mode

configuring 2-14

defined 2-2

C

carrier delay 2-9

CFSoE

defined 6-7, 6-17

vPCs 6-17

channel modes

active 5-26, 5-27

active mode 5-9

configuring 5-27

default setting 5-9

LACP 5-8

passive 5-26, 5-27

passive mode 5-9

port channels 5-8

clear counters command 2-39

configuration limits

description (table) B-1

D

debounce timer

configuring 2-22

defined 2-2

default settings

access ports 3-19

LACP 5-31

port channels 5-9, 5-31

trunk ports 3-19

VLANs 3-5

description

defined 2-2

documentation

additional publications i-xv

conventions i-xiv

duplex mode

configuring 2-24

defined 2-4

E

examples

access ports 3-18

LACP 5-31

port channels 5-31

trunk ports 3-18

F

flow control

defined 2-5

guidelines 2-10

G

guidelines

port channels 5-12

H

HSRP

vPCs 6-8

I

IEEE 802.1Q

access ports 3-4

guidelines 3-6

limitations 3-6

STP 3-7

trunk ports 3-3

IEEE 802.3ad

LACP 5-2

Interfaces

routed 4-6

interfaces

access port 3-8

administrative status

configuring 2-33

defined 2-6

bandwidth 4-9

configuring 2-30

dedicated 2-15

defined 2-6

rate mode, configuring 2-15

shared 2-17

bandwidth, configuring 4-9

beacon mode

configuring 2-14

defined 2-2

configuring as routed 4-6

debounce timer

configuring 2-22

defined 2-2

dedicated bandwidth

configuring 2-15

default settings 4-16

description 2-13

defined 2-2

duplex mode

configuring 2-24

defined 2-4

error disabled 2-3

flow control

configuring 2-26

defined 2-5

guidelines 2-10

host ports 3-10

jumbo MTU, configuring 2-29

LACP 5-7

Layer 2

Layer 2

ports,access 1

loopback 4-4

loopback, configuring 4-12

management 1-3

MDIX

configuring 2-21

defined 2-2

MTU

configuring 2-27, 2-28

defined 2-5

no shutdown 2-33

port channels 5-3

port mode 4-6

range of 2-12

rate mode

configuring 2-15

defined 2-3

restarting 2-33

shutdown 2-33

shutting down 2-33

specifying 2-11

speed

configuring 2-24

defined 2-4

statistics 3-18

subinterfaces, configuring 4-8

switching between Layer 2 and Layer 3 2-10

throughput delay

configuring 2-32

defined 2-6

trunk ports 3-11

tagged native VLAN traffic 3-15

tunnel 7-5

tunnels 7-2

types, specifying 2-11

UDLD

configuring 2-34

defined 2-7

verifying 3-18

VLAN network interface 4-3

IP addresses

port channels 5-17

J

jumbo MTU, configuring 2-29

L

LACP 6-29

admin key 5-10

channel groups 5-8

channel modes5-8to 5-9

configuration example 5-31

configuring 5-26

creating 5-13

default settings 5-31

description5-7to 5-10

disabling 5-8

enabling 5-26

guidelines 5-12

interoperation with other features 5-12

licenses 5-12

limitations 5-12

MAC address 5-9

Marker Protocol 5-10

number of members per channel 5-7

port channels 5-8

port priority 5-29

statistics 5-30

system ID 5-10, 5-28

system priority 5-9, 5-28

troubleshooting 5-8

VDCs 5-9, 5-11

VPCs 6-14

vPCs 6-10

Layer 2

interfaces 3-1

ports,guidelines 3-6

ports,licenses 3-6

ports, trunks 3-1

Layer 2 ports

troubleshooting 3-3

Layer 3 interfaces

default settings 4-16

licenses

LACP 5-12

Layer 2 port modes 3-6

port channels 5-12

limitations

port channels 5-12

limits

description (table) B-1

Link Aggregation Control Protocol. See LACP

load balancing

algorithms 5-6

configuring 5-24

default algorithms 5-6

MPLS traffic 5-7

multicast traffic 5-7

per module 5-6

port channels5-6, ??to 5-7

VDCs 5-7

vPCs 6-7

loopback

configuring 4-12

interfaces, default settings 4-16

M

MAC address

vPCs 6-7, 6-10, 6-28

management port 1-3

maximum transmission unit. See MTU.

MDIX

configuring 2-21

defined 2-2

medium dependent interface crossover.

See MDIX.

MIBs 3-21, 5-33, 6-36

MTU

configuring 2-27, 2-28

defined 2-5

multicast traffic

load balancing using port channels 5-7

P

PAgP, unsupported 5-2

Port Aggregation Protocol. See PAgP.

port channel

adding Layer 2 port 5-15

port channels

admin up 5-19

bandwidth 5-18

channel modes 5-5, 5-27

compatibility requirements5-4to 5-6

configuration example 5-31

configuring 5-3

creating 5-13

default settings 5-31

description5-1to 5-11, 5-21

flow control 5-23

forcing ports to join 5-5

guidelines 5-12

interoperation with other features 5-12

IP addresses 5-17

IPv4 5-13

IPv6 5-13

LACP 5-8

Layer 2 port channel, adding a port 5-15

Layer 2 port channels 5-1

Layer 3 port channel, adding a port 5-16

Layer 3 port channels 5-1

licenses 5-12

limitations 5-12

load balancing 5-6

maximum per system 5-11

member port configuration 5-5

member ports, configuring 5-5

MTU 5-13

numbering 5-11

operational 5-1

purpose 5-2

speed 5-22

statistics 5-30

STP 5-2

subinterfaces 5-1, 5-3, 5-16

troubleshooting 5-26

trunk ports 3-7

VDCs 5-1, 5-7, 5-11

verifying 5-30

ports

default mode 3-2

Layer 2 3-1

multiple VLANs 3-1

setup script 3-2

R

rate mode

configuring 2-15

defined 2-3

related documents i-xv

S

shared bandwidth, configuring 2-15

Spanning Tree Protocol. See STP.

spanning-tree vlan

command example 3-9, 3-11, 3-12, 3-13, 3-15, 3-16, 5-28, 5-29

speed

configuring 2-24

defined 2-4

statistics

interfaces 3-18

LACP 5-30

port channels 5-30

STP

EtherChannel 5-2

trunks 3-7

vPCs 6-8, 6-14

subinterfaces

configuring on a physical interface 4-8

switchport command 2-10

T

throughput delay

configuring 2-32

defined 2-6

transceivers

using Cisco supported transceivers 2-10

troubleshooting

vPC 6-9

vPC peer link 6-3

vPCs 6-2, 6-9, 6-10, 6-11, 6-13, 6-17

trunk ports

802.1X 3-7

allowed VLANs 3-5, 3-13

configuration example 3-18

configuring 3-11

default settings 3-19

guidelines 3-6

limitations 3-6

native VLANs

defined 3-5

ID 3-12

native VLANS tagging traffic 3-5

port channels 3-7

STP 3-7

tagging VLANs 3-3

troubleshooting 3-6

untagged traffic 3-5

VLANs 3-2

tunnels

creating 7-5

defined 7-1

description 7-2

enabling 7-4

U

UDLD

configuring 2-34

defined 2-7

message interval 2-7

vPCs 6-8

Unidirectional Link Detection. See UDLD.

V

VDCs

LACP 5-9, 5-11

port channels 5-1, 5-11

trunk ports 3-2

VLANs 3-2

verifying

interfaces 3-18

Layer 2 interfaces 3-18

port channels 5-30

virtual device contexts. See VDCs.

virtual port channels, See vPCs 6-1

VLAN interfaces

default settings 4-16

VLAN network interfaces

carrier delay 2-9

VLANs

default 3-5

vPC

hold-timeout 6-9

peer-keepalive messages 6-9

PVST simulation 6-14

system priority 6-10, 6-14

timers 6-9

troubleshooting 6-9

with MST and Rapid PVST+ 6-14

vPC peer link

failover 6-18

number of links 6-2

traffic pattern 6-7

troubleshooting 6-3

trouobleshooting 6-7

vPCs 6-29

CFSoE 6-15, 6-17

compatiblity parameters 6-10

configuration mode 6-5, 6-10, 6-22

configuring 6-19

disabling 6-21

displaying 6-32

downstream devices 6-2, 6-13, 6-27

dual-redundancy 6-3

enabling 6-20

failover 6-7

GLBP 6-17

HSRP 6-8, 6-17

IGMP snooping 6-16

ISSU 6-18

keepalive messages 6-7, 6-9, 6-15, 6-23

LACP 6-10, 6-14, 6-29

Layer 3 connectivity 6-8

load balancing 6-7

MAC address 6-7, 6-10, 6-28

manual configuration 6-8, 6-19

multicast 6-16

number of 6-2

overview 6-2

peer devices 6-4, 6-6

peer-keepalive link 6-5, 6-7, 6-9, 6-23

peer-keepalive messages 6-5

peer link 6-3, 6-4

configuring 6-25

redundancy 6-6

peer-link redundancy 6-7

PIM 6-16

port mode 6-3, 6-6

prerequisite 6-2

primary device 6-7, 6-31

required configuration consistency 6-11, 6-26

required configuration match 6-10

secondary device 6-7, 6-31

statistics 6-32

STP 6-8, 6-14

STP topology 6-15

suspend mode 6-11, 6-12

system priority 6-29

terminology 6-4

timeout 6-9

troubleshooting 6-2, 6-6, 6-8, 6-9, 6-10, 6-13, 6-16, 6-17, 6-19

UDLD 6-8

VDCs 6-18

VLAN network interfaces 6-8, 6-17

VLANs 6-12

vPC domain ID 6-10, 6-22

vPC number 6-13

vPC role 6-7

vPC system priority 6-10

configuring 6-29

VRF recommended 6-5

VRRP 6-17

	Cisco Nexus 7000 Series NX-OS Interfaces Configuration Guide, Release 4.1
	Index
Cisco Nexus 7000 Series NX-OS Interfaces Configuration Guide, Release 4.1 Index New and Changed Information Preface Overview Configuring Basic Interface Parameters Configuring Access and Trunk Interfaces Configuring Layer 3 Interfaces Configuring Port Channels Configuring vPCs Configuring IP Tunnels IETF RFCs supported by Cisco NX-OS Interfaces Configuration Limits for Cisco NX-OS Interfaces	Download this chapter Index Download the complete book Cisco Nexus 7000 Series NX-OS Interfaces Configuration Guide, Release 4.1 (PDF - 3 MB) Table Of Contents A - B - C - D - E - F - G - H - I - J - L - M - P - R - S - T - U - V - Index A access ports access VLANs 3-4 configuration example 3-18 configuring 3-8 default setting 3-19 host ports 3-3, 3-10 VLANs 3-2, 3-4 administrative status configuring 2-33 defined 2-6 allowed VLANs trunk ports 3-5 B bandwidth configuring 2-30, 4-9 dedicated 2-15 defined 2-6 rate mode configuring 2-15 defined 2-3 shared 2-15, 2-17 beacon mode configuring 2-14 defined 2-2 C carrier delay 2-9 CFSoE defined 6-7, 6-17 vPCs 6-17 channel modes active 5-26, 5-27 active mode 5-9 configuring 5-27 default setting 5-9 LACP 5-8 passive 5-26, 5-27 passive mode 5-9 port channels 5-8 clear counters command 2-39 configuration limits description (table) B-1 D debounce timer configuring 2-22 defined 2-2 default settings access ports 3-19 LACP 5-31 port channels 5-9, 5-31 trunk ports 3-19 VLANs 3-5 description defined 2-2 documentation additional publications i-xv conventions i-xiv duplex mode configuring 2-24 defined 2-4 E examples access ports 3-18 LACP 5-31 port channels 5-31 trunk ports 3-18 F flow control defined 2-5 guidelines 2-10 G guidelines port channels 5-12 H HSRP vPCs 6-8 I IEEE 802.1Q access ports 3-4 guidelines 3-6 limitations 3-6 STP 3-7 trunk ports 3-3 IEEE 802.3ad LACP 5-2 Interfaces routed 4-6 interfaces access port 3-8 administrative status configuring 2-33 defined 2-6 bandwidth 4-9 configuring 2-30 dedicated 2-15 defined 2-6 rate mode, configuring 2-15 shared 2-17 bandwidth, configuring 4-9 beacon mode configuring 2-14 defined 2-2 configuring as routed 4-6 debounce timer configuring 2-22 defined 2-2 dedicated bandwidth configuring 2-15 default settings 4-16 description 2-13 defined 2-2 duplex mode configuring 2-24 defined 2-4 error disabled 2-3 flow control configuring 2-26 defined 2-5 guidelines 2-10 host ports 3-10 jumbo MTU, configuring 2-29 LACP 5-7 Layer 2 Layer 2 ports,access 1 loopback 4-4 loopback, configuring 4-12 management 1-3 MDIX configuring 2-21 defined 2-2 MTU configuring 2-27, 2-28 defined 2-5 no shutdown 2-33 port channels 5-3 port mode 4-6 range of 2-12 rate mode configuring 2-15 defined 2-3 restarting 2-33 shutdown 2-33 shutting down 2-33 specifying 2-11 speed configuring 2-24 defined 2-4 statistics 3-18 subinterfaces, configuring 4-8 switching between Layer 2 and Layer 3 2-10 throughput delay configuring 2-32 defined 2-6 trunk ports 3-11 tagged native VLAN traffic 3-15 tunnel 7-5 tunnels 7-2 types, specifying 2-11 UDLD configuring 2-34 defined 2-7 verifying 3-18 VLAN network interface 4-3 IP addresses port channels 5-17 J jumbo MTU, configuring 2-29 L LACP 6-29 admin key 5-10 channel groups 5-8 channel modes5-8to 5-9 configuration example 5-31 configuring 5-26 creating 5-13 default settings 5-31 description5-7to 5-10 disabling 5-8 enabling 5-26 guidelines 5-12 interoperation with other features 5-12 licenses 5-12 limitations 5-12 MAC address 5-9 Marker Protocol 5-10 number of members per channel 5-7 port channels 5-8 port priority 5-29 statistics 5-30 system ID 5-10, 5-28 system priority 5-9, 5-28 troubleshooting 5-8 VDCs 5-9, 5-11 VPCs 6-14 vPCs 6-10 Layer 2 interfaces 3-1 ports,guidelines 3-6 ports,licenses 3-6 ports, trunks 3-1 Layer 2 ports troubleshooting 3-3 Layer 3 interfaces default settings 4-16 licenses LACP 5-12 Layer 2 port modes 3-6 port channels 5-12 limitations port channels 5-12 limits description (table) B-1 Link Aggregation Control Protocol. See LACP load balancing algorithms 5-6 configuring 5-24 default algorithms 5-6 MPLS traffic 5-7 multicast traffic 5-7 per module 5-6 port channels5-6, ??to 5-7 VDCs 5-7 vPCs 6-7 loopback configuring 4-12 interfaces, default settings 4-16 M MAC address vPCs 6-7, 6-10, 6-28 management port 1-3 maximum transmission unit. See MTU. MDIX configuring 2-21 defined 2-2 medium dependent interface crossover. See MDIX. MIBs 3-21, 5-33, 6-36 MTU configuring 2-27, 2-28 defined 2-5 multicast traffic load balancing using port channels 5-7 P PAgP, unsupported 5-2 Port Aggregation Protocol. See PAgP. port channel adding Layer 2 port 5-15 port channels admin up 5-19 bandwidth 5-18 channel modes 5-5, 5-27 compatibility requirements5-4to 5-6 configuration example 5-31 configuring 5-3 creating 5-13 default settings 5-31 description5-1to 5-11, 5-21 flow control 5-23 forcing ports to join 5-5 guidelines 5-12 interoperation with other features 5-12 IP addresses 5-17 IPv4 5-13 IPv6 5-13 LACP 5-8 Layer 2 port channel, adding a port 5-15 Layer 2 port channels 5-1 Layer 3 port channel, adding a port 5-16 Layer 3 port channels 5-1 licenses 5-12 limitations 5-12 load balancing 5-6 maximum per system 5-11 member port configuration 5-5 member ports, configuring 5-5 MTU 5-13 numbering 5-11 operational 5-1 purpose 5-2 speed 5-22 statistics 5-30 STP 5-2 subinterfaces 5-1, 5-3, 5-16 troubleshooting 5-26 trunk ports 3-7 VDCs 5-1, 5-7, 5-11 verifying 5-30 ports default mode 3-2 Layer 2 3-1 multiple VLANs 3-1 setup script 3-2 R rate mode configuring 2-15 defined 2-3 related documents i-xv S shared bandwidth, configuring 2-15 Spanning Tree Protocol. See STP. spanning-tree vlan command example 3-9, 3-11, 3-12, 3-13, 3-15, 3-16, 5-28, 5-29 speed configuring 2-24 defined 2-4 statistics interfaces 3-18 LACP 5-30 port channels 5-30 STP EtherChannel 5-2 trunks 3-7 vPCs 6-8, 6-14 subinterfaces configuring on a physical interface 4-8 switchport command 2-10 T throughput delay configuring 2-32 defined 2-6 transceivers using Cisco supported transceivers 2-10 troubleshooting vPC 6-9 vPC peer link 6-3 vPCs 6-2, 6-9, 6-10, 6-11, 6-13, 6-17 trunk ports 802.1X 3-7 allowed VLANs 3-5, 3-13 configuration example 3-18 configuring 3-11 default settings 3-19 guidelines 3-6 limitations 3-6 native VLANs defined 3-5 ID 3-12 native VLANS tagging traffic 3-5 port channels 3-7 STP 3-7 tagging VLANs 3-3 troubleshooting 3-6 untagged traffic 3-5 VLANs 3-2 tunnels creating 7-5 defined 7-1 description 7-2 enabling 7-4 U UDLD configuring 2-34 defined 2-7 message interval 2-7 vPCs 6-8 Unidirectional Link Detection. See UDLD. V VDCs LACP 5-9, 5-11 port channels 5-1, 5-11 trunk ports 3-2 VLANs 3-2 verifying interfaces 3-18 Layer 2 interfaces 3-18 port channels 5-30 virtual device contexts. See VDCs. virtual port channels, See vPCs 6-1 VLAN interfaces default settings 4-16 VLAN network interfaces carrier delay 2-9 VLANs default 3-5 vPC hold-timeout 6-9 peer-keepalive messages 6-9 PVST simulation 6-14 system priority 6-10, 6-14 timers 6-9 troubleshooting 6-9 with MST and Rapid PVST+ 6-14 vPC peer link failover 6-18 number of links 6-2 traffic pattern 6-7 troubleshooting 6-3 trouobleshooting 6-7 vPCs 6-29 CFSoE 6-15, 6-17 compatiblity parameters 6-10 configuration mode 6-5, 6-10, 6-22 configuring 6-19 disabling 6-21 displaying 6-32 downstream devices 6-2, 6-13, 6-27 dual-redundancy 6-3 enabling 6-20 failover 6-7 GLBP 6-17 HSRP 6-8, 6-17 IGMP snooping 6-16 ISSU 6-18 keepalive messages 6-7, 6-9, 6-15, 6-23 LACP 6-10, 6-14, 6-29 Layer 3 connectivity 6-8 load balancing 6-7 MAC address 6-7, 6-10, 6-28 manual configuration 6-8, 6-19 multicast 6-16 number of 6-2 overview 6-2 peer devices 6-4, 6-6 peer-keepalive link 6-5, 6-7, 6-9, 6-23 peer-keepalive messages 6-5 peer link 6-3, 6-4 configuring 6-25 redundancy 6-6 peer-link redundancy 6-7 PIM 6-16 port mode 6-3, 6-6 prerequisite 6-2 primary device 6-7, 6-31 required configuration consistency 6-11, 6-26 required configuration match 6-10 secondary device 6-7, 6-31 statistics 6-32 STP 6-8, 6-14 STP topology 6-15 suspend mode 6-11, 6-12 system priority 6-29 terminology 6-4 timeout 6-9 troubleshooting 6-2, 6-6, 6-8, 6-9, 6-10, 6-13, 6-16, 6-17, 6-19 UDLD 6-8 VDCs 6-18 VLAN network interfaces 6-8, 6-17 VLANs 6-12 vPC domain ID 6-10, 6-22 vPC number 6-13 vPC role 6-7 vPC system priority 6-10 configuring 6-29 VRF recommended 6-5 VRRP 6-17
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